Answer:
<h2>ᒪOᗯ EᑎEᖇGY ᗪEᑎᔕEᗪ ᖴOOᗪ</h2>
ᒪIKE ᐯEGGIEᔕ, ᖴᖇᑌITᔕ, ᗪᗩIᖇY ᑭᖇOᗪᑌᑕTᔕ ᗩᑎᗪ OTᕼEᖇ ᕼEᗩᒪTᕼY ᗪIET ᖴOOᗪᔕ GIᐯE YOᑌ EᑎEᖇGY ᗩᑎᗪ ᕼEᒪᑭ YOᑌ ᖴEEᒪ ᔕᗩTIᔕᖴIEᗪ ᗩᖴTEᖇ EᗩTIᑎG.
IT ᗰEᗩᑎᔕ ᗪEᗩᑎᔕEᗪ ᖴOOᗪᔕ ᑕᗩᑎ EᗩᔕE Oᑌᖇ ᕼᑌᑎGEᖇ ᗷEᑕᗩᑌᔕE ᗯE ᑕᗩᑎ ᗷE ᔕᗩTIᔕᖴIEᗪ.
Answer:
It contains Uracil (U) instead of Thymine (T).
Reason for primer removal:
This is because of their uracil nucleotide which is absent in DNA. Instead of Uracil DNA contains Thymine nucleotide.
Explanation:
Primers:
Primers are a short sequence of RNA. These sequences attached to the 5' end are the requirement of DNA polymerase to start the process of replication.
Primer removal:
After replication, these short fragments of RNA are removed to replaced with DNA from the newly synthesized DNA strand.
Reason for primer removal:
This is because of their uracil nucleotide which is absent in DNA. Instead of Uracil DNA contains Thymine nucleotide.
Best Answer:
Because It contains Uracil (U) instead of Thymine (T).
Answer:
75%
Explanation:
The autosomal gene for baldness has two possible alleles: Hb (baldness) and Hn (nonbaldness).
A man and a woman, both heterozygous <em>HnHb,</em> have a son. Each parent produces gametes <em>Hn</em> or <em>Hb</em>.
The possible genotypes of their children, resulting from the combinations of those gametes, are:
In males, the Hb allele is dominant. Therefore, their son has a chance of 3/4 = 0.75 = 75% of having the Hb allele which determines baldness.
Answer: The body is a system filled with smaller systems. Each used to help out the other and benefit the body as a whole. For example, the respiratory system takes in oxygen, the heart then takes the oxygen in the blood and pumps it throughout the entire body. Then veins carry that blood to muscles and organs. Each unique system has a job to do, when one malfunctions the whole system can fail.
Explanation: Hope this helps :)
Blood leaving the heart for the passes through a large blood vessel is called the Aorta
